Using the kit, EnOcean OEM partners will be able to break into new application areas for energy harvesting technology - ranging from building automation through smart homes and smart metering to industry and logistics. EnOcean is presenting the ESK 300 at the embedded world 2012 (Nuremberg/Germany, February 28 through March 1) at the joint booth of HY-LINE Computer Components in hall 1/1-160. The starter kit is available for OEM partners priced at € 79.
EnOcean’s batteryless wireless technology harvests energy directly from its surroundings - from light, differences in temperature or motion. This means that all products enabled by this technology are entirely maintenance-free, requiring no wiring or cabling, and are particularly flexible in implementation. The ESK 300 starter kit includes a mechanical energy converter and a wireless module with integrated solar mini-cell. Sensors and wireless solutions developed using the starter kit will therefore be powered by the energy produced by pressing a button or through a light source.
The kit consists of a switch module (PTM 200) for building services, components for different switch applications (PTM 330, ECO 200), a temperature sensor module (STM 330), a USB gateway (USB 300), PC software for visualisation (DolphinView Basic) and a sample case for industrial switching solutions.
With the PTM 200 it is possible to implement energy-autonomous wall mounted switches or handheld transmitters. Combining the PTM 330 wireless module with the ECO 200 mechanical energy converter is a basis for a variety of maintenance-free wireless switches in an industrial environment. The solar-powered STM 330 sensor can measure temperature in a room or on machinery, for example.
The module is characterised by its low power consumption plus high reliability. If a measured value is transmitted every 15 minutes for instance, 3.6 hours of charging in daytime and 200 lux are adequate for uninterrupted operation. With its energy storage mechanism fully charged, the module is fully functional for four days in complete darkness. The